Third Law of Motion-Whenever one object exerts a force on a second object, the second object exerts an equal and opposite force on the first object.
If there is no action force, then there it is impossible for there to be a reaction force. They rely on one another to exist.
Equations:Force/mass=Acceleration
For example, this picture below shows that as you apply an action force on an object, the object exerts the same amount of force on you. Action:Object A exerts force on object B Reaction:Object B exerts a force on object A
As one ball swings, it transfers energy into the
other balls because of an equal and opposite reaction.
When swimming, you interact with the water by pushing the water backwards, therefore the water pushes you forward causing you to move.
Third Law of Motion- Whenever one object exerts a force on a second object, the second object exerts an equal and opposite force on the first object.
If there is no action force, then there it is impossible for there to be a reaction force. They rely on one another to exist.
Equations: Force/mass=Acceleration
For example, this picture below shows that as you apply an action force on an object, the object exerts the same amount of force on you.
Action: Object A exerts force on object B
Reaction: Object B exerts a force on object A
As one ball swings, it transfers energy into the
other balls because of an equal and opposite reaction.